Changes between Version 33 and Version 34 of ppSub_testing_201201
- Timestamp:
- Feb 13, 2012, 11:59:42 AM (14 years ago)
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ppSub_testing_201201
v33 v34 9 9 10 10 General tasks (no particular order): 11 * wrap up test and activate the convolution direction choice in ppSub for general use option 12 * test and verify the PSF matching/convolution, include the "no-conv" case as well for close matches 11 * need to establish a baseline to verify against any past/future changes in code and with reprocessing (a test set of real+simulated images) that is '''readily''' inter-comparable (avoid having to pull values from logfiles etc) 12 * IPP/ppSub 13 * photpipe/HOTPANTS 14 * other? 15 * wrap up test and activate the convolution direction choice in ppSub for a general use option 16 * does it still work as it did when tested a few months ago? a test for the baseline sample 17 * if it chooses to convolved the input nightly stack, is it poorer (see recent monitoring) 18 * test and verify the PSF matching/convolution 19 * 20 * the "no-conv" choice 13 21 * investigate options for the false detections (may be flags2 use, may be solved with PSF matching or convolution direction) 22 14 23 * monitor if working as expected and address any additional issues found 15 * establish a baseline to verify against any past/future changes in code and with reprocessing (a test set of real+simulated images) 16 * kernel (other settings) parameter space, 24 25 * parameter space/tuning 26 * kernels (current ppSub using equivalent HOTPANTS, pandromeda pipeline values) and proper scaling, 17 27 18 28 … … 58 68 * 59 69 70 Photpipe/HOTPANTS setup on desktop to start, then may move to the dev cluster (HOTPANTS also build on dev and ops clusters). 71 72 60 73 = General/Baseline "start" tests = 61 74 62 75 63 = Kernel Parameter space = 64 76 = Parameter Space = 77 78 == Kernel parameters == 65 79 HOTPANTS suggested: 66 80 * need to also resolve size/sigma conversion between ppSub and HOTPANTS … … 69 83 * standard deviations of 9, 6, 3 and 0.1 pixel and a polynomial order of 2, 4, 6 and 0 70 84 * algorithm described in Kerins et al. 2010 http://arxiv.org/abs/1004.2166 85 71 86 72 87 = PSF Matching/Convolution = … … 244 259 245 260 Grid of expectations for DIFF_ values/cases: 261
